One Year of Project 525: A Milestone in Justice and a Call to Finish What We Started
Project 525 is our mission to identify 525 murdered children in NamUs—join us in restoring their names and finding those responsible for their deaths.
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Introducing Othram Maps: A Graph-Powered Platform for Forensic Intelligence
Othram Maps transforms GEDCOM files into dynamic, searchable, and editable family trees—laying the groundwork for forensic intelligence through graph-based analysis, AI-driven insights, and DNA match context.
Rethinking the “Homicide Nexus” in Forensic Genetic Genealogy Guidelines
The DOJ should prioritize homicides and sex assaults for forensic genetic genealogy but allow unidentified human remains cases with undetermined or pending manners of death to remain eligible for investigation and funding.
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Understanding mtDNA and Y-DNA Testing in Forensic Genetic Genealogy
While autosomal SNP markers are central to forensic genetic genealogy, mtDNA and Y-DNA markers offer valuable lineage-specific insights, at no additional cost, that enhance and accelerate forensic investigations.
Familial Search and Forensic Genetic Genealogy Measure Relatedness in Very Different Ways
Familial search (FS) and forensic genetic genealogy (FGG) both use kinship relationships to generate investigative leads but differ significantly in scope and application.
The Role of Imputation in Forensic Genetic Genealogy
In forensics, imputation should be used sparingly (if at all) and applied only where data quality and density allow for reliable analysis. Nothing replaces the value of high-quality, directly observed DNA data.
Navigating the Leap from STRs to SNPs in Forensic DNA Testing
Massively parallel sequencing (MPS) is revolutionizing forensic DNA analysis, but the transition from traditional methods like STRs requires specialized expertise, dedicated tools, and proper metrics to ensure success.
Why Federal Support is Critical for the Future of SNP Testing in Forensics
Massively parallel sequencing and SNP testing is the future of forensics, but federal support is necessary if we are to bring this future to everyone and their families.
Measuring Close and Distant Genetic Relationships
From early methods like blood group analysis to modern approaches using massively parallel sequencing, scientists have developed quantitative techniques to measure genetic relationships.
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